OK, I'll admit it.
I don't know what people are talking about when they say the E1 doesn't have
an AM antenna.
Doesn't it have a whip antenna.
What more could you want?
What the heck is a "ferrite rod antenna" anyway?
And what does it do differently than the whip?
Thanks all.
Lenny

In article ,
"Lenny" wrote:

OK, I'll admit it. I don't know what people are talking about when
they say the E1 doesn't have an AM antenna.

People have stated that the E1 does not have an internal "ferrite rod"
antenna inside.

Doesn't it have a whip antenna.

Yes.

What more could you want?

An internal "ferrite rod" antenna inside.

What the heck is a "ferrite rod antenna" anyway?

It's a closed loop type antenna utilizing a high permeance core (the
ferrite) in order to take up less space.

And what does it do differently than the whip?

1. More convenient to use as you don't have to have the long whip
sticking out when you carry it around.

2. The whip is omnidirectional and the loop ferrite rod antenna has two
nulls in the pattern that you could use to null out a competing station
of local noise source, which could improve your reception.

3. The ferrite loop is less susceptible to pick up local noise sources
being sensitive to the magnetic field component whereas the whip is
sensitive to the electric field.

--
Telamon
Ventura, California

Thanks Telamon.
Lenny

"Telamon" wrote in message
...
In article ,
"Lenny" wrote:

OK, I'll admit it. I don't know what people are talking about when
they say the E1 doesn't have an AM antenna.

People have stated that the E1 does not have an internal "ferrite rod"
antenna inside.

Doesn't it have a whip antenna.

Yes.

What more could you want?

An internal "ferrite rod" antenna inside.

What the heck is a "ferrite rod antenna" anyway?

It's a closed loop type antenna utilizing a high permeance core (the
ferrite) in order to take up less space.

And what does it do differently than the whip?

1. More convenient to use as you don't have to have the long whip
sticking out when you carry it around.

2. The whip is omnidirectional and the loop ferrite rod antenna has two
nulls in the pattern that you could use to null out a competing station
of local noise source, which could improve your reception.

3. The ferrite loop is less susceptible to pick up local noise sources
being sensitive to the magnetic field component whereas the whip is
sensitive to the electric field.

--
Telamon
Ventura, California

In article ,
"Lenny" wrote:

Thanks Telamon.
Lenny

"Telamon" wrote in message
...
In article ,
"Lenny" wrote:

OK, I'll admit it. I don't know what people are talking about when
they say the E1 doesn't have an AM antenna.

People have stated that the E1 does not have an internal "ferrite rod"
antenna inside.

Doesn't it have a whip antenna.

Yes.

What more could you want?

An internal "ferrite rod" antenna inside.

What the heck is a "ferrite rod antenna" anyway?

It's a closed loop type antenna utilizing a high permeance core (the
ferrite) in order to take up less space.

And what does it do differently than the whip?

1. More convenient to use as you don't have to have the long whip
sticking out when you carry it around.

2. The whip is omnidirectional and the loop ferrite rod antenna has two
nulls in the pattern that you could use to null out a competing station
of local noise source, which could improve your reception.

3. The ferrite loop is less susceptible to pick up local noise sources
being sensitive to the magnetic field component whereas the whip is
sensitive to the electric field.

No problem Lenny.

#2 Should have been "competing station or local noise source."

I need a Usenet editor.

--
Telamon
Ventura, California

Telamon wrote:
In article ,
"Lenny" wrote:

Thanks Telamon.
Lenny

"Telamon" wrote in message
...
In article ,
"Lenny" wrote:

OK, I'll admit it. I don't know what people are talking about when
they say the E1 doesn't have an AM antenna.

People have stated that the E1 does not have an internal "ferrite rod"
antenna inside.

Doesn't it have a whip antenna.

Yes.

What more could you want?

An internal "ferrite rod" antenna inside.

What the heck is a "ferrite rod antenna" anyway?

It's a closed loop type antenna utilizing a high permeance core (the
ferrite) in order to take up less space.

And what does it do differently than the whip?

1. More convenient to use as you don't have to have the long whip
sticking out when you carry it around.

2. The whip is omnidirectional and the loop ferrite rod antenna has two
nulls in the pattern that you could use to null out a competing station
of local noise source, which could improve your reception.

3. The ferrite loop is less susceptible to pick up local noise sources
being sensitive to the magnetic field component whereas the whip is
sensitive to the electric field.

No problem Lenny.

#2 Should have been "competing station or local noise source."

I need a Usenet editor.

--
Telamon
Ventura, California

The lack of a ferrite antenna in the E1 is a deal-breaker for me.
Monitoring Times reported that the dot matrix display generated too
much noise and made the implementation of a ferrite antenna
impractical. I'm hoping a future revision of the receiver might
include a ferrite rod.

mike0219116 wrote:

The lack of a ferrite antenna in the E1 is a deal-breaker for me.
Monitoring Times reported that the dot matrix display generated too
much noise and made the implementation of a ferrite antenna
impractical. I'm hoping a future revision of the receiver might
include a ferrite rod.


There should be some way of wiring up a ferrite core antenna in an
exterior box. The thing could be rotated easily and kept a few feet away
from the display. A bit of wiring to the external antenna connection and
you've got everything.


http://user.netonecom.net/~swordman/...op-article.htm

or:

http://snipurl.com/m07n




mike

In article .com,
"mike0219116" wrote:

Telamon wrote:
In article ,
"Lenny" wrote:

Thanks Telamon.
Lenny

"Telamon" wrote in message

...
In article ,
"Lenny" wrote:

OK, I'll admit it. I don't know what people are talking about when
they say the E1 doesn't have an AM antenna.

People have stated that the E1 does not have an internal "ferrite rod"
antenna inside.

Doesn't it have a whip antenna.

Yes.

What more could you want?

An internal "ferrite rod" antenna inside.

What the heck is a "ferrite rod antenna" anyway?

It's a closed loop type antenna utilizing a high permeance core (the
ferrite) in order to take up less space.

And what does it do differently than the whip?

1. More convenient to use as you don't have to have the long whip
sticking out when you carry it around.

2. The whip is omnidirectional and the loop ferrite rod antenna has two
nulls in the pattern that you could use to null out a competing station
of local noise source, which could improve your reception.

3. The ferrite loop is less susceptible to pick up local noise sources
being sensitive to the magnetic field component whereas the whip is
sensitive to the electric field.

No problem Lenny.

#2 Should have been "competing station or local noise source."

I need a Usenet editor.

--
Telamon
Ventura, California

The lack of a ferrite antenna in the E1 is a deal-breaker for me.
Monitoring Times reported that the dot matrix display generated too
much noise and made the implementation of a ferrite antenna
impractical. I'm hoping a future revision of the receiver might
include a ferrite rod.

The radio has an external antenna jack that you could use to connect a
small amplified loop antenna. Located a few feet away from the E1 so it
does not pick up the display noise you could point the loop by hand and
I would like that better than having to turn the radio itself in a
certain direction to null out a competing on-channel station or local
noise source. It's more more money and trouble though.

--
Telamon
Ventura, California

Yeah well, if Eton hadn't pushed this receiver into the marketplace at
such manic, breakneck speed, then maybe they'd have had time to include
a ferrite antenna and make the display quieter. Better to take your
time and do it right than launch a product prematurely--even if it
means missing a deadline or two.

So, how exactly do you use the nulls?
Does the ferrite rod move around inside the radio with a control?
Lenny

"Telamon" wrote in message
...
In article ,
"Lenny" wrote:

Thanks Telamon.
Lenny

"Telamon" wrote in message
...
In article ,
"Lenny" wrote:

OK, I'll admit it. I don't know what people are talking about when
they say the E1 doesn't have an AM antenna.

People have stated that the E1 does not have an internal "ferrite rod"
antenna inside.

Doesn't it have a whip antenna.

Yes.

What more could you want?

An internal "ferrite rod" antenna inside.

What the heck is a "ferrite rod antenna" anyway?

It's a closed loop type antenna utilizing a high permeance core (the
ferrite) in order to take up less space.

And what does it do differently than the whip?

1. More convenient to use as you don't have to have the long whip
sticking out when you carry it around.

2. The whip is omnidirectional and the loop ferrite rod antenna has two
nulls in the pattern that you could use to null out a competing station
of local noise source, which could improve your reception.

3. The ferrite loop is less susceptible to pick up local noise sources
being sensitive to the magnetic field component whereas the whip is
sensitive to the electric field.

No problem Lenny.

#2 Should have been "competing station or local noise source."

I need a Usenet editor.

--
Telamon
Ventura, California

Lenny wrote:

So, how exactly do you use the nulls?
Does the ferrite rod move around inside the radio with a control?

One merely moves the radio.

dxAce
Michigan
USA